Exhaust air reuse generator

Economics of exhaust air heat recovery systems for mine ventilation

The technologies which can play a significant role in this transition vary from controlled recirculation of ventilation air and mine exhaust air heat recovery to seasonal

A Comparative Computational Fluid Dynamics Study

Recovering energy from exhaust air systems of building cooling towers is an innovative idea. A specific wind turbine generator was designed in order to achieve this goal. This device consists of two Giromill vertical axis wind

AOM OG Series Ozone Generators

The AOM Ozone Generators inject ozone into the kitchen exhaust ducting. In this regard, they are located outside of the contaminated airflow meaning that the required maintenance is minimal. The AOMOzone Generators can be hung up

(PDF) Design of a Vertical Axis Micro Wind Turbine to Re-Use Foul Air

FIG. 1: Isometric View of the Exhaust Fan Design FIG. 2: Front View of the Exhaust Fan Design 3.2 Vertical-Axis Wind Turbine The wind turbine has been given sufficient clearance from the

Exhaust Air Recovery System from the Utilisation Stage

This study introduces a novel energy recovery machine designed for integration into industrial compressed air systems. The authors describe the potential of the recovery machine within an industrial

How to Vent a Generator in a Garage: Ultimate Guide

Once again, you will need a flexible exhaust tube. Find an exhaust tube that is slightly bigger than the generator''s exhaust. A ¼" wider than the generator''s exhaust will get the job done. We don''t need a very long flex tube for this

Design and Experimental Analysis of an Exhaust Air

The exhaust air energy recovery turbine generator was filed as a patent in 2011 . It is a system that reuses exhaust air from any exhaust outlet to generate electricity and/or mechanical power. The general arrangement of the

Design of an exhaust air energy recovery wind turbine generator

Methodology The effect of installing the energy recovery turbine generator at the outlet of an exhaust air system was investigated via laboratory test on a scaled model of a cooling tower.

Exhaust air reuse generator

6 FAQs about [Exhaust air reuse generator]

What is exhaust air energy recovery wind turbine generator?

Design Description of the Novel Exhaust Air Energy Recovery Wind Turbine Generator The exhaust air energy recovery turbine generator was filed as a patent in 2011 [ 16 ]. It is a system that reuses exhaust air from any exhaust outlet to generate electricity and/or mechanical power. The general arrangement of the system is depicted in Figure 1.

Can an exhaust air energy recovery wind turbine generator have more than one turbine?

As mentioned in the design description section, an exhaust air energy recovery wind turbine generator system can consist of more than one wind turbine. Based on the outlet area of the cooling tower and the size of the turbine used in this experiment, it is possible to place two turbines.

Can exhaust air energy recovery turbine generator improve cooling tower performance?

Based on the result, when the turbine is spinning at a high rotational speed, the cooling tower model experiences an increment in air flow rate and a reduction in fan motor power consumption. Thus, the exhaust air energy recovery turbine generator is capable of improving the cooling tower performance.

How to determine the optimum configuration of exhaust air energy recovery turbine generator?

Overall Performance Evaluation Three parameters that are taken into account in determining the optimum configuration of the exhaust air energy recovery turbine generator are the intake air flow rate, the fan motor power consumption, and the wind turbine performance.

How does an exhaust air recovery system work?

The exhaust air recovery system works on the principle of a spring, in which exhaust air from the extend movement is used for the piston retract movement [ 17 ]. Energy savings are estimated at 43%; the additional investment cost is 83% of the cost of a classic pneumatic system.

Is it possible to recover energy from a discharged exhaust system?

The experiment shows that it is possible to recover energy in air that is being discharged from an exhaust system without negatively affecting its performance. The discharged air from the system has the quality of being able to generate steady and predictable energy.

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